ioc106 rs-232 data to analog out converter module

ioc106 rs-232 data to analog out converter module
PLUGGABLE INTERFACE MODULE
P/N 2073-444-IOC106
2073 SERIES
MODEL 2073 INTERFACER PRODUCT LINE
IOC106
RS-232 DATA TO ANALOG OUT
CONVERTER MODULE
Side View
Rear View
FEATURES
¾ RS-232 Data Input
¾ Data Input Analog Conversion, 0-10 V With > 3 mV Resolution
¾ RS-232 Input Drives Daisy Chain and Global Bus
¾ Buffered RS-232 Output
¾ RS-232 Test Output
¾ Front Panel Input Activity Indicator
¾ Analog Output Calibrate Mode
¾ Error Output Signal
OVERVIEW
The IOC106 Pluggable Interface Module (PIM) accepts RS-232 Data from which it produces a voltage
output representation varying between 0 and 10 V dc. The output voltage is the result of a 12 bit Digital
to Analog conversion performed on the input data with a resolution of > 3 mV per step. Calibrate and
test modes are available using the 2073 chassis front panel rotary switch. Loop-back test mode
simulates the expected user data, which includes both Analog and RS-232 data outputs for stand-alone
system verification. The IOC106 uses one DB9P input connector, one DB9S output connector and two
BNC output connectors and operates up to 9600 BAUD. The input can also drive the Daisy Chain bus
and the Global bus in the Model 2073 Chassis, enabling the user to create multiple copies of the input
signal. The IOC106 requires two slots of the 14 available slots in the Model 2073 chassis.
APOGEE LABS, INC.
1
5.10.05
210 South 3rd Street, North Wales, PA 19454
Tel: 215-699-2060 Fax: 215-699-2061
E-Mail: sales@apogeelabs.com
PLUGGABLE INTERFACE MODULE
P/N 2073-444-IOC106
2073 SERIES
J1
ROTARY
SWITCH
5K
ohm
D-9
J2
RS232
TRANSMITTER
ACTIVITY LED
DRIVER
RS232
OUT
JP1
BNC
J3
GLOBAL BUS B
RS232
IN
FRONT PANEL
DISPLAY
10
GLOBAL BUS A
DIGITAL TO
ANALOG
CONVERTER
LOGIC
DAISY CHAIN BUS B
RS232
RECEIVER
DAISY CHAIN BUS A
D-9
JP2
ANALOG DRIVER
ANALOG
2073 Backplane
Figure 1: Model IOC106 Block Diagram
SPECIFICATIONS
INPUT
GENERAL
RS-232
Dual Slot Module (3” x 6” x 1.8”)
9600, N, 8, 1, Even Parity
Model 2073 Pluggable Interface Module
J1 Pin 2 DB9P
Requires chassis slot with front panel rotary switch
APPLICATION INFORMATION
+5V, ±12V, +3.3V
The IOC106 is used to convert an ASCII data stream
to an analog voltage. This helps join equipment with
unlike interfaces by properly receiving and driving the
signals.
OUTPUT
RS-232 (ASCII Characters)
The IOC106 can also be used in a distribution
application where the daisy chain bus or global bus is
used to distribute multiple copies of the input signal.
This module can also be plugged into Apogee
Models:
9600, N, 8, 1, Even Parity
J2 Pin 2 DB9S
RS-232 (ASCII Characters 000.0 – 300.0)
9600, N, 8, 1, Even Parity
2907 and 2908: Data Acquisition Mux/Demux
J1 Pin 3
6801: 5 Channel BERT Operation
6804: Multi Channel Clock Recovery Unit
0-10V Analog Voltage with ≥ 3 mV resolution
BNC connectors
RS-232 Level (Copy of Input)
Apogee Labs Inc. products are sold by description only. Apogee Labs Inc. reserves the right to make changes in circuit design, software, hardware and/or specifications
at any time without notice. Although Apogee Labs Inc. believes that the information provided is current and accurate, Apogee Labs Inc. does not assume any
responsibility or liability for the use of any product described. It is the responsibility of the user to determine appropriate use of the product in any given application.
2
PLUGGABLE INTERFACE MODULE
P/N 2073-444-IOC106
2073 SERIES
IOC106 JUMPERS
JUMPER
FUNCTION
JP1
Short to Drive Global Bus A
JP2
Short to Drive Global Bus B
JP3
Factory Set
JP4
Factory Set
JP5
Short - terminates Error Out
JP6
Factory Set
J1 RS-232 Connection DB9P
J2 RS-232 Connection DB9S
Pin
Pin
Signal
Signal
2
Receive Data
2
Receive Data
3
Transmit Data
3
Transmit Data
5
Ground
5
Ground
1,4,7,8,9
Not Connected
1,4,7,8,9
Not Connected
2073 Chassis Front Panel Rotary Switch
Position
FUNCTION
1
Normal Operation
2
Normal Operation w/ Error Checking (Note 1)
3
Calibrate Mode - 000.0 (Note 2)
4
Calibrate Mode – 076.8 (Note 2)
5
Calibrate Mode – 204.8 (Note 2)
6
Calibrate Mode – 307.2 (Note 2)
7
Calibrate Mode – 409.5 (Note 2)
8
Test Mode 000.0 – 300.0 in 0.1 steps
Requires loop-back connector on J1 (Note 2)
9
Not Used
10
Not Used
Note 1: LED B illuminates and Error Out signal pulses hi for 1 ms during an error.
Errors are instantaneous readings of > 100.0 in either direction.
Note 2: Error LED flashes during any test mode.
APOGEE LABS, INC.
3
5.10.05
210 South 3rd Street, North Wales, PA 19454
Tel: 215-699-2060 Fax: 215-699-2061
E-Mail: sales@apogeelabs.com
PLUGGABLE INTERFACE MODULE
P/N 2073-444-IOC106
2073 SERIES
OPERATIONAL MODES
The IOC106 receives an ASCII string at J1 Pin 2 in a range of 000.0 to 409.5 ASCII. These characters are
converted to a 12-bit binary value and presented to a 12-bit digital-to-analog converter (DAC). The resulting analog
voltage is in direct proportion to the numerical ASCII input.
An error detection mode of operation is available that removes or smoothes adjacent readings under certain
conditions. This error checking mode reports an error to the B LED and pulses the error output when a subsequent
measurement is greater than 100.0 ASCII from the previous measurement. When this condition is encountered the
previous measurement is held on both the analog and RS-232 outputs.
TEST MODES
The IOC106 includes the capability of generating test data which is used to verify operation of the card absent a
data source. The test modes are selectable using the front panel rotary switch. Static test modes are fixed levels
values that are internally applied to the DAC circuitry and the J2 output connector simultaneously. It is not
necessary to disconnect a user input on J1 to run the static tests. Rotary switch position 8 puts the IOC106 into a
dynamic test mode which is an increasing ASCII value ranging from 000.0 to 300.0 in 0.1 increments. The dynamic
test data is present on J1 pin 3, which must be connected to the input of the IOC106 at J1 pin 2 when running in
this test mode.
210 South 3rd Street, North Wales, PA 19454
Tel: 215-699-2060 Fax: 215-699-2061
E-Mail: sales@apogeelabs.com
4
5.10.05
APOGEE LABS, INC.
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